Patna: Electricity demand in Patna is approaching record levels this summer, driven by rising temperatures and increasing urban consumption, officials said.
Peak demand reached 812 megawatts on April 24, when the city recorded a maximum temperature of 40.6°C. Last year’s highest demand stood at 883 MW, but officials estimate consumption could exceed 1,000 MW this season.
Rising Load And Growing Consumers
The city now has around 7.59 lakh electricity consumers, up from 7.20 lakh last year, contributing to the surge in demand.
Officials attributed the increase to expanding urban infrastructure, including new residential complexes, malls and commercial establishments.
Peak Hours Under Pressure
Power consumption typically peaks between 5pm and 11pm across Bihar, with the heaviest load in Patna recorded between 9pm and midnight.
Complaints related to blown fuses are most frequent during these hours, prompting authorities to strengthen monitoring mechanisms.
Measures To Ensure Supply
Patna Electric Supply Undertaking (PESU) has intensified oversight at 70 fuse-call centres across the city to ensure quick response to outages.
General manager Dilip Kumar Singh has directed engineers to remain on active duty between 9pm and 1am and to collect feedback from consumers.
Officials warned that negligence in handling complaints would invite disciplinary action.
Why Demand Is Rising
Authorities said increased use of air conditioners, coolers and fans amid rising temperatures has significantly pushed up electricity consumption.
Older electrical appliances, which consume more power, are also contributing to the higher load.
Tariff And Consumption Trends
Electricity tariffs vary by time of day, with higher rates during evening peak hours.
Recent daily consumption figures show a steady demand, with 812 MW recorded on April 24, followed by 789 MW on April 25 and 780 MW on April 26.
Outlook
Officials said ensuring uninterrupted power supply during peak summer months will remain a key challenge as demand continues to rise.
Monitoring of high-load feeders and rapid response systems are expected to play a critical role in maintaining stability.
